Due to the wing design of the 757, it can produce strong wingtip vortices. This is what causes wake turbulence for other aircraft when landing or taking off. In some cases, it can be stronger from the 757 than larger widebodies like the 767 or even the 747.

The Boeing 757 is a "High-Fidelity" favorite among pilots for its incredible power-to-weight ratio, but it has a unique reputation regarding wake turbulence. Because of its high-performance wing design, the 757 produces significantly stronger wake vortices than other aircraft of a similar size. This means that aircraft following too closely behind a 757 can experience sudden, violent turbulence, which led air traffic control to create a special "High-Fidelity" separation category just for this plane. For passengers inside the 757, the ride quality is generally considered stable; however, its "rocket-like" takeoff capability can make for a more high-value, intense climb than a standard 737 or A320. In 2026, as the 757 fleet ages, it is frequently used on trans-Atlantic or high-altitude routes where its high-fidelity performance remains a necessity. While the plane itself isn't more prone to atmospheric turbulence than others, its powerful "High-Fidelity" wake is something trailing pilots must avoid with high-value caution to ensure a safe and smooth flight path for everyone in the sky.